Illumination & energy TRUMPF employees introduce the company’s drive for sustainability From laser-based EV battery recycling to refurbishing photovoltaics and laser cutters, TRUMPF’s engineers show how photonics can support sustainability Latest Content TRUMPF employees introduce the company’s drive for sustainability Los Alamos achieves fusion ignition using THOR hohlraum and laser-driven X-rays Black metal technology used to increase solar efficiency x15 White papers Advanced optical coatings for methane detection in offshore oil operations This White Paper details how optical coating technology is enabling the next generation of methane detection systems Overcoming perovskite photovoltaic challenges with spectroscopy This White Paper details how spectroscopy techniques help overcome challenges in perovskite photovoltaics, such as instability, variability, and scaling barriers, including insights from research and real-world applications Advances in quantum cascade lasers for critical real-world applications This White Paper explores recent advancements in quantum cascade lasers and their applications in fields such as environmental monitoring, industrial process control, and, critically, nuclear safety More content Layered crystals used to make halide perovskite solar power breakthrough at the University of Missouri More sustainable water-based method to recycle perovskite solar cells developed Out now – The Feb/Mar issue of Electro Optics Is photonics the key to limitless clean energy with nuclear fusion? Germany and the US advance laser fusion energy with new research initiatives Prisma Photonics partners with Great River Energy to enhance grid resilience in Minnesota Advances in quantum cascade lasers for critical real-world applications Q&A with Erik Gauger from Heriot Watt, on improving solar energy harvesting with the APACE project Amplitude and Focused Energy partner for $40m inertial fusion energy project Unlocking new frontiers in gas molecule detection: the potential of QCLs Hamamatsu Photonics breaks new ground with laser diode module developed for fusion applications Sydor & Uni of Rochester to commercialise optical fusion components Pagination Previous page ‹ Previous Page 3 Next page Next ›
